```html
Embodied Hands Demo · SenseGlove R1 × Seed Robotics
Feel What
Feel What
the Robot
Holds
Hands-on force-feedback robotic hand demos for teleoperation, humanoid robotics, dexterous manipulation, and imitation-learning teams.
From June 30 to July 7, Knoxlabs is offering hands-on demos of SenseGlove R1 paired with a Seed Robotics dexterous hand. Experience tactile teleoperation in person and see how force feedback can help robotics teams control, train, and collect better manipulation data.
Why touch matters
Don't just move the robot hand. Feel what it feels.
Humanoid robotics
Tactile teleoperation
Robotics is moving from simple gripping to human-like manipulation. For robots to handle real-world objects with confidence, they need more than motion — they need force awareness, tactile feedback, and better human demonstrations.
Traditional teleoperation gives operators visual control, but not enough touch. To manipulate well, an operator needs to understand what the hand is actually doing:
- Grip pressure
- Contact timing
- Resistance
- Object stiffness
- Object reaction
- Too much or too little force
SenseGlove R1 brings touch, force, and tactile awareness into the control loop — so demonstrations carry the information robots actually need to learn from.
SenseGlove R1 · formerly Project Rembrandt
Built for tele-robotics, imitation learning, and dexterous manipulation.
1 kHz
Sample & control loop
Fast enough to track motion and react to contact as it happens.
mm-level
Finger tracking
Millimeter-resolution capture of each finger's movement.
Active
Force feedback
Per-finger resistance you feel when the hand meets an object.
Tactile
Pressure & vibro
Real-time pressure sensing and vibrotactile cues for contact and texture.
SDKs: ROS & Python · Use: standalone or mounted to a haptic arm · For: grasping, force perception & data collection
What you'll experience
Wear it. Drive it. Feel it.
A guided, hands-on session on the full teleoperation stack — from putting on the glove to talking through how it fits your workflow.
01
No calibration required
Put on the SenseGlove R1 and start using it immediately — ideal for shared demo systems and multi-user workflows.
02
Control the robotic hand
Drive a Seed Robotics dexterous hand and watch your finger motion map to the robot in real time.
03
Feel contact and grip
Sense grip force and contact feedback through active force and vibrotactile cues.
04
Test object grasping
Try grasping and manipulating real objects and gauge how much force is right.
05
Talk integration paths
Discuss imitation learning, data collection, and integration with ROS, Python, and your research workflow.
06
Book a test session →
Bring an object your robot can’t grasp reliably.
Why it matters for humanoid robotics
Robots need more than motion.
Human-like manipulation depends on force awareness. The better the human demonstration, the better the data — and the better robots learn how much force to apply in the real world.
01
Motion isn't enough
A path through space says nothing about whether the hand crushed, slipped, or held. Force is the missing channel.
02
Force-aware demonstrations
When operators feel contact and grip, they teach the hand how much force to apply — not just where to move.
03
Better data collection
Richer demonstrations mean richer training data for imitation learning and dexterous manipulation.
Demo flow
How a session runs.
Plan on roughly 30–45 minutes per team. We keep it hands-on and move at your pace.
1
Put on the R1
No calibration required. Start using the glove immediately and see your finger motion mapped live onto the dexterous robotic hand.
2
Finger motion mapping
See your finger movement mapped live onto the dexterous robotic hand.
3
Contact & grip feedback
Grasp objects and feel force, pressure, and contact come back through the glove.
4
Use-case discussion
Map it to your stack — teleop, imitation learning, ROS/Python, data collection.
The demo stack
What's on the table.
SenseGlove R1 paired with a Seed Robotics dexterous hand, with Knoxlabs handling the integration around it.
Haptic glove
SenseGlove R1
Force-feedback glove for humanoid robotic hand control. Active force, real-time pressure, vibrotactile feedback, and millimeter-level finger tracking at a 1 kHz loop.
View product
Robotic hand
Seed Robotics hand
The dexterous robotic hand side of the demo — a strong fit for robotics research, teleoperation, and humanoid manipulation testing.
Integration support
Knoxlabs robotics
We help scope integration paths for robotics, AI, ROS, Python, and research workflows — so the stack fits how your team actually works.
Explore robotics
Who should attend
Built for teams working on real-world manipulation.
Robotics teams
Humanoid robotics companies
AI labs
University robotics & engineering
R&D teams
Teleoperation developers
Industrial automation
Imitation-learning teams
AI data collection teams
Dexterous manipulation researchers
- Dates
- Jun 30 – Jul 7
- Knoxlabs HQ
- Glendale, CA
- Also in
- LA / Orange County
Hands-on sessions by appointment.
Demo day at the Knoxlabs HQ demo table.
Private in-person sessions across Southern California.
Request a hands-on demo
Bring your robotics team.
Bring your robotics team.
Bring your hardest manipulation questions.
Experience SenseGlove R1 with a Seed Robotics dexterous hand in Southern California, June 30 to July 7. Tell us about your project and we'll set up a session.
Feel what the robot holds. Control the hand in real time.
Knoxlabs · Enterprise XR & robotics. SenseGlove R1 paired with a Seed Robotics hand for the Knoxlabs demo. Specs per SenseGlove product materials.